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in this video were going to look at asymmetric line shapes and the data that we will consider are these hopg carbon 1s signal and these include various features that must be accommodated by any peak model that include lost structures such as these pi PI star structures a primary peak that must have a symmetry and also some background removal algorithm and in this case its a shirley algorithm that has been applied and these must all combine in a suitable way to allow data reproduction as seen here and also allow for chemical state changes that can be accommodated and modeled using Peaks now the key point here is that the chemically shifted carbon Peaks will appear within this asymmetric zone so the importance of modeling the asymmetry correctly which also means that we must model the background correctly is all important if its at all possible to understand carbon chemistry based on a carbon s measured from a graphic material the data reproduction is very good using these line shape
